#include <string>
std::string tslSiO2 = 
"24\n"
"'Si_qtz, ENDF MODEL (EXTENDED)'\n"
"5 1/\n"
"47 147/\n"
"27.84423 2.021 1 0/\n"
"1 0 15.862 7.4975 1/\n"
"2 4 1/\n"
"1.008000E-02 1.500000E-02 /\n"
"0.000000E+00 1.008120E-01 1.512200E-01 2.016240E-01 /\n"
"293.6/\n"
"8.270000E-04 185/\n"
"0.00000000E+00 8.74806000E-03 3.49922390E-02 7.87325380E-02\n"
"1.39968956E-01 2.18807287E-01 3.15057100E-01 4.40855000E-01\n"
"6.48164700E-01 1.11975290E+00 2.12506050E+00 3.43519700E+00\n"
"4.04900150E+00 3.93001030E+00 3.67865620E+00 3.26923560E+00\n"
"2.98526220E+00 3.13554270E+00 3.57148920E+00 3.37103460E+00\n"
"2.66819820E+00 2.49805360E+00 2.33250320E+00 2.08857250E+00\n"
"2.38023510E+00 2.60867840E+00 2.33702500E+00 2.12363390E+00\n"
"2.14035460E+00 2.27108530E+00 2.44131450E+00 2.40593880E+00\n"
"2.52669510E+00 2.75313150E+00 2.53061240E+00 2.68198100E+00\n"
"3.11953540E+00 2.90202160E+00 2.48823640E+00 2.44998320E+00\n"
"2.26572940E+00 2.06544400E+00 3.09633440E+00 3.63881920E+00\n"
"2.97971290E+00 2.92263530E+00 3.00609360E+00 2.11220870E+00\n"
"1.27505080E+00 1.73464560E+00 2.12643880E+00 1.72852800E+00\n"
"1.47918080E+00 1.62653550E+00 1.86530380E+00 1.86949910E+00\n"
"1.89983320E+00 2.91611870E+00 3.76876410E+00 3.35340710E+00\n"
"3.42523470E+00 3.85759040E+00 4.20038220E+00 4.23421050E+00\n"
"3.24604670E+00 2.20111960E+00 1.66440180E+00 2.28107180E+00\n"
"2.91333800E+00 2.25758060E+00 1.34377120E+00 6.91169400E-01\n"
"2.64955500E-01 1.51537900E-01 2.32070300E-01 4.38461200E-01\n"
"9.44723900E-01 1.50819720E+00 1.95664480E+00 2.43879980E+00\n"
"2.84224790E+00 2.63615930E+00 1.52534100E+00 5.47574700E-01\n"
"2.21346400E-01 9.90183000E-02 1.77435000E-01 4.09529500E-01\n"
"7.50507800E-01 1.25679470E+00 2.17036230E+00 3.54854210E+00\n"
"3.72118930E+00 2.69578790E+00 2.08713380E+00 1.78186970E+00\n"
"1.51750660E+00 1.09846220E+00 7.20669300E-01 5.65298900E-01\n"
"4.88441800E-01 4.56814000E-01 4.56741500E-01 5.05235100E-01\n"
"7.30063400E-01 1.29487870E+00 2.66262460E+00 4.14511820E+00\n"
"4.41800480E+00 4.00021780E+00 3.30560270E+00 2.40729290E+00\n"
"1.75394150E+00 1.29325860E+00 1.24499470E+00 2.52951210E+00\n"
"5.25189840E+00 8.86874980E+00 1.27426376E+01 1.36456747E+01\n"
"1.39190208E+01 1.43996041E+01 1.16178915E+01 8.57650680E+00\n"
"7.06684670E+00 5.50663770E+00 3.26038560E+00 1.26909040E+00\n"
"2.34379500E-01 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 2.11578000E-02 2.20101100E-01 1.98373880E+00\n"
"5.10233120E+00 8.47063340E+00 9.84907910E+00 5.88585720E+00\n"
"1.24880310E+00 1.16778700E-01 1.53303000E-01 2.32372600E-01\n"
"3.58049600E-01 5.75224900E-01 8.99373800E-01 1.28606500E+00\n"
"2.06644750E+00 2.34772470E+00 2.61662160E+00 2.92314310E+00\n"
"2.49089620E+00 2.54953340E+00 2.85829150E+00 2.59343270E+00\n"
"1.76488300E+00 9.48955500E-01 4.19866500E-01 1.13429700E-01\n"
"0.00000000E+00/\n"
"0 0 1.0/\n"
"0/\n"
"-350/\n"
"-400/\n"
"-500/\n"
"-800/\n"
"293.6/\n"
"8.270000E-4 185/\n"
"0.00000000E+00 1.16858070E-02 4.65174170E-02 1.05087500E-01\n"
"1.87199070E-01 2.92852126E-01 4.20350000E-01 6.19340000E-01\n"
"9.82080000E-01 1.85642000E+00 3.86644000E+00 6.87965000E+00\n"
"8.78600000E+00 9.00719000E+00 8.67256000E+00 7.71818000E+00\n"
"7.25746000E+00 8.10439000E+00 9.92939000E+00 1.00274300E+01\n"
"8.29331000E+00 8.10568000E+00 7.40443000E+00 5.94471000E+00\n"
"6.22383000E+00 6.73553000E+00 6.31303000E+00 6.01575000E+00\n"
"6.04544000E+00 6.42907000E+00 6.95857000E+00 6.58279000E+00\n"
"6.63340000E+00 7.37508000E+00 7.20729000E+00 7.86494000E+00\n"
"8.19863000E+00 6.77705000E+00 6.32936000E+00 7.34831000E+00\n"
"7.36874000E+00 6.93240000E+00 9.29743000E+00 1.05897900E+01\n"
"9.11241000E+00 8.81631000E+00 8.94477000E+00 6.22778000E+00\n"
"3.48486000E+00 4.83578000E+00 6.60554000E+00 5.80890000E+00\n"
"4.67236000E+00 4.85512000E+00 5.75248000E+00 6.01610000E+00\n"
"6.31322000E+00 1.00295600E+01 1.43025400E+01 1.41919100E+01\n"
"1.33653300E+01 1.42348900E+01 1.60882900E+01 1.44271800E+01\n"
"1.15520700E+01 1.07160900E+01 9.02389000E+00 1.08597300E+01\n"
"1.17691600E+01 7.87852000E+00 4.28129000E+00 2.09375000E+00\n"
"7.72970000E-01 4.42830000E-01 6.65020000E-01 1.12847000E+00\n"
"2.17124000E+00 3.20001000E+00 3.85535000E+00 4.49669000E+00\n"
"4.99492000E+00 4.49033000E+00 2.49495000E+00 8.12760000E-01\n"
"3.06910000E-01 1.27700000E-01 2.14310000E-01 4.80000000E-01\n"
"8.50110000E-01 1.36492000E+00 2.24602000E+00 3.51914000E+00\n"
"3.57442000E+00 2.49823000E+00 1.86449000E+00 1.52661000E+00\n"
"1.23577000E+00 8.26060000E-01 4.81960000E-01 3.51760000E-01\n"
"2.89690000E-01 2.64470000E-01 2.63090000E-01 2.93200000E-01\n"
"4.13540000E-01 7.18520000E-01 1.51538000E+00 2.38184000E+00\n"
"2.50050000E+00 2.19669000E+00 1.73247000E+00 1.16115000E+00\n"
"7.56190000E-01 4.73180000E-01 3.32900000E-01 4.94980000E-01\n"
"9.98540000E-01 1.84994000E+00 2.93249000E+00 3.35083000E+00\n"
"3.50119000E+00 3.64416000E+00 2.98577000E+00 2.26467000E+00\n"
"1.97270000E+00 1.58727000E+00 9.33290000E-01 3.58680000E-01\n"
"6.55500000E-02 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00\n"
"0.00000000E+00 6.60600000E-02 6.78670000E-01 6.07043000E+00\n"
"1.55652600E+01 2.62186600E+01 3.10419400E+01 1.85602300E+01\n"
"3.80444000E+00 6.66350000E-01 1.48283000E+00 2.17867000E+00\n"
"2.78833000E+00 3.83913000E+00 5.33826000E+00 6.87132000E+00\n"
"9.74117000E+00 1.01061000E+01 9.97201000E+00 1.04574900E+01\n"
"8.55215000E+00 8.46397000E+00 9.10217000E+00 7.86755000E+00\n"
"5.09024000E+00 2.62047000E+00 1.12939000E+00 3.00430000E-01\n"
"0.00000000E+00/ \n"
"0 0 1.0/\n"
"0/\n"
"-350/\n"
"-400/\n"
"-500/\n"
"-800/\n"
"' SiO2alpha NCSU       EVAL-MAY11 Holmes, Al-Qasir, Hehr, Hawari   \n'\n"
"' REF. 2 (2008)        DIST-                                       \n'\n"
"'----ENDF/B-VIII.beta  MATERIAL 47                                 \n'\n"
"'-----THERMAL NEUTRON SCATTERING DATA                              \n'\n"
"'------ENDF-6 FORMAT                                               \n'\n"
"'                                                                  \n'\n"
"' Temperatures = 293.6 350 400 500 800 K                           \n'\n"
"'                                                                  \n'\n"
"' History                                                          \n'\n"
"' -------                                                          \n'\n"
"' This library was produced at North Carolina State University in  \n'\n"
"' May 2011.  The VASP and PHONON codes were used to produce the    \n'\n"
"' DOS for O-16 and natural Si in SiO2.  The alpha-quartz phase     \n'\n"
"' is treated for all temperatures in this library.  The beta-      \n'\n"
"' quartz phase is treated for 1000 K and 1100 K in a separate      \n'\n"
"' library to allow incorporation of phase-specific Bragg edge      \n'\n"
"' energy grids.  The LEAPR module was used to produce File 7       \n'\n"
"' MT = 2, 4 data for SiO2 as a mixed moderator.  Modifications to  \n'\n"
"' the LEAPR source code were made to calculate the                 \n'\n"
"' crystallographic structure factors for alpha-quartz for MT = 2   \n'\n"
"' data.  Modifications to the normal LEAPR card input were made    \n'\n"
"' to correct for issues with LEAPR that apply only to mixed        \n'\n"
"' moderators with non-1:1 stoichiometry.  Details of these         \n'\n"
"' modifications can be found in Ref. 1, Appendix A.  By            \n'\n"
"' convention, compounds have MAT numbers ranging from 1-99.  This  \n'\n"
"' range is subdivided by material category.  The current ENDF      \n'\n"
"' manual (BNL-90365-2009 Rev. 2) assigns MAT = 47 to O in SiO2     \n'\n"
"' under the Oxygen category (MAT = 45-50) since SiO2 clearly does  \n'\n"
"' not fall into any other existing category.  However, note that   \n'\n"
"' this library uses MAT = 47 for a whole-molecule treatment of     \n'\n"
"' alpha-quartz with Si as the primary scatterer.  Following        \n'\n"
"' convention for compounds, ZA = MAT + 100 = 147 is used.  When    \n'\n"
"' processing with THERMR, the PENDF file used should be for        \n'\n"
"' natural Si (or Si-28, if desired).  Also in THERMR and ACER,     \n'\n"
"' MT = 247/248 (which are unassigned and not previously used) may  \n'\n"
"' be selected for inelastic/elastic scattering reaction            \n'\n"
"' types for alpha-quartz until permanent ENDF reaction type        \n'\n"
"' numbers are assigned.  If an ACE library is to be produced,      \n'\n"
"' use NMIX = 3 on Card 9 in ACER.  See Ref. 1, Appendix A for      \n'\n"
"' explanation.                                                     \n'\n"
"'                                                                  \n'\n"
"' Theory                                                           \n'\n"
"' ------                                                           \n'\n"
"' Both the alpha and beta polymorphic phases of quartz (SiO2) can  \n'\n"
"' be viewed on a hexagonal lattice system and have unit cell       \n'\n"
"' stoichiometry of Si3O6 (nine atoms).  (Data in this library is   \n'\n"
"' associated with the three-atom SiO2 unit).  Alpha-quartz is of   \n'\n"
"' the trigonal crystal system with three-fold symmetry while       \n'\n"
"' beta-quartz is of the hexagonal crystal system with six-fold     \n'\n"
"' symmetry.  The alpha-quartz to beta-quartz phase transformation  \n'\n"
"' occurs completely and almost instantaneously at 846 K and is     \n'\n"
"' identically reversible.  The transition occurs through a slight  \n'\n"
"' realignment of SiO4 tetrahedra which increases the Si-O-Si bond  \n'\n"
"' angle from 144 deg. to 153 deg. and reduces density from about   \n'\n"
"' 2.65 g/cm^3 to 2.53 g/cm^3.                                      \n'\n"
"/\n";

